4.__Contract_SOW_.pdf

PDF 376 KB Posted May 16, 2017

Attached to: Space Exploration Networks Services and Evolution (SENSE) Federal contract opportunity
Solicitation number: NNG17588638R
Issued by: National Aeronautics and Space Administration Goddard Space Center

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From the source

Attachment A - Statement of Work

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Other files for this federal contract opportunity

Other files attached to Space Exploration Networks Services and Evolution (SENSE), newest first.
File	Type	Posted
Signed_Selection_Statement.pdf	PDF	Aug 20, 2019
Amendment_4.pdf	PDF	Apr 13, 2018
SENSE_RFP_QUESTIONS_AND_RESPONSES__3_Revised.pdf	PDF	Apr 12, 2018
9n.__Enclosure_AA_-_RTO_1_(Revised).pdf	PDF	Apr 10, 2018
Amendment_2.pdf	PDF	Apr 2, 2018
Exhibit_15.pdf	PDF	Mar 30, 2018
SENSE_RFP_QUESTIONS_AND_RESPONSES__1_rev.pdf	PDF	Mar 12, 2018
9r.__Enclosure_DD_-_Government_Labor_Categories_and_Position_Descriptions.pdf	PDF	Mar 1, 2018
9lc.__Wage_Determination_05-2117.pdf	PDF	Mar 1, 2018
9p.__Enclosure_CC_-_Performance_Evaluation_Plan_.pdf	PDF	Mar 1, 2018
3.__Final_RFP_Sections_B-M_.pdf	PDF	Mar 1, 2018
9lj.__Wage_Determination_CBA-2017-9803.pdf	PDF	Mar 1, 2018
9u.__Enclosure_GG_-_Contract_Historical_Data_.pdf	PDF	Mar 1, 2018
9e1.__Attachment_L_-_RESERVED.pdf	PDF	Mar 1, 2018
9li.__Wage_Determination_CBA_-2017-9802.pdf	PDF	Mar 1, 2018
9lb.__Wage_Determination_05-2103.pdf	PDF	Mar 1, 2018
9e.__Attachment_K_-_Organizational_Conflicts_of_Interest_(OCI)_Avoidance_Plan.pdf	PDF	Mar 1, 2018
9ld.__Wage_Determination_05-2147.pdf	PDF	Mar 1, 2018
9l.__Wage_Determination_05-2057.pdf	PDF	Mar 1, 2018
9h.__Attachment_M_-_DD254_Attachment.pdf	PDF	Mar 1, 2018
9I.__Attachment_O_-_Information_Technology_Applicable_Documents_List.pdf	PDF	Mar 1, 2018
9O.__Enclosure_BB_-_Government_Quality_Assurance_Surveillance_Plan.pdf	PDF	Mar 1, 2018
9g.__Attachment_M_-_DD_Form_254_Contract_Security_Classification_Specification.pdf	PDF	Mar 1, 2018
9H1.__Attachment_N_-_RESERVED.pdf	PDF	Mar 1, 2018
9k.__Attachment_Q_-_Contract_Data_Requirements_List.pdf	PDF	Mar 1, 2018
9d.__Attachment_J_-_Contract_Historical_Data.pdf	PDF	Mar 1, 2018
5.__Attachment_B_-_IDIQ_Direct_Labor_Rates,_Indirect_Rates_and_Fee_Matrices-2.pdf	PDF	Mar 1, 2018
9.__Attachment_F_-_PIV_Card_Issuance_Procedures.pdf	PDF	Mar 1, 2018
SENSE_DRFP_Comments_and_Responses_9_20_17.pdf	PDF	Sep 20, 2017
9h.__Attachment_M_-_DD254_Attachment.pdf	PDF	May 16, 2017
9b.__Attachment_H_-_Financial_Reporting_Requirements_Rev.pdf	PDF	May 16, 2017
5.__Attachment_B_-_IDIQ_Direct_Labor_Rates,_Indirect_Rates_and_Fee_Matrices.pdf	PDF	May 16, 2017
3.__Sections_B-M_.pdf	PDF	May 16, 2017
9l.__Wage_Determination_05-2057.pdf	PDF	May 16, 2017
9lf.__Wage_Determination_05-2511.pdf	PDF	May 16, 2017
9lg.__Wage_Determination_05-2515.pdf	PDF	May 16, 2017
9O.__Enclosure_BB_-_Government_Quality_Assurance_Surveillance_Plan_.pdf	PDF	May 16, 2017
9ld.__Wage_Determination_05-2147.pdf	PDF	May 16, 2017
9le.__Wage_Determination_05-2153.pdf	PDF	May 16, 2017
9n.__Enclosure_AA_-_RTO_1_.pdf	PDF	May 16, 2017
9li.__Wage_Determination_CBA_-2017-9802.pdf	PDF	May 16, 2017
9na.__Enclosure_AA_-_RTO_2_.pdf	PDF	May 16, 2017
9lh.__Wage_Determination_CBA-2017-9801.pdf	PDF	May 16, 2017
9.__Attachment_F_-_PIV_Card_Issuance_Procedures.pdf	PDF	May 16, 2017
9m.__Cost_Exhibits_.pdf	PDF	May 16, 2017
9lj.__Wage_Determination_CBA-2017-9803.pdf	PDF	May 16, 2017
GSFC_Industry_Day_-_Site_Visits_Notice.pdf	PDF	May 10, 2017
AS&D_and_CWA_CBA.pdf	PDF	Feb 17, 2017
Harris_SCNS_-_WSC-IUECWA_CBA_.pdf	PDF	Feb 17, 2017
SCNS_CBA_-_Exelis_WSC_and_IAMAW_.pdf	PDF	Feb 17, 2017

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NNG17588638R

ATTACHMENT A

STATEMENT OF WORK (SOW)

for

SPACE EXPLORATION NETWORK SERVICES AND EVOLUTION

(SENSE)

April 2017

INTRODUCTION

The

Exploration

and

Space

Communications

Projects

Division

(ESC)

national

resource

located

Goddard

Space

Flight

Center

(GSFC)

which

enables

scientific

discovery

and

space

exploration

providing

innovative

and

mission-effective

space

communications

and

navigation

solutions

large

community

diverse

customers.

ESC

manages

operational

geostationary

communications

relay

satellites

and

ground

systems

for

the

Space

Communications

and

Navigation

(SCaN)

Program

NASA

Headquarters.

Today,

SCaN

network

systems

consist

the

Space

Network

(SN),

the

Near

Earth

Network

(NEN),

and

the

Deep

Space

Network

(DSN).

The

day-to-day

management

these

three

networks

currently

not

fully

consistent.

the

intention

the

Government

unify

the

and

NEN

where

practicable

under

this

contract

using

integrated,

common

management

practices

and

network

solutions.

ESC

customers

include

other

NASA,

other

government

agency,

commercial,

and

foreign

partner

missions.

ESC

networks

operate

hours

day,

365

days

year

(24X7X365),

providing

Telemetry,

Tracking,

and

Commanding

(TT&C),

high

rate

data

downlink,

and

radiometric

tracking

services.

than

terabytes

data

flow

over

ESC

networks

daily

basis.

The

ESC

and

its

predecessor

organizations

have

long

history

providing

excellent

communications

and

tracking

solutions

customer

missions.

The

SENSE

Contactor

shall

continue

provide

reliable

and

highly

available

communications

and

tracking

services

while

simultaneously

implementing

efficiencies

the

ESC

moves

forward

develop

the

generation

space

communications

and

navigation

services.

Background

The

consists

fleet

Tracking

and

Data

Relay

Satellites

(TDRS)

and

associated

ground

systems

that

provide

relay

telecommunications

and

tracking

services

customer

missions.

The

operated

24x7x365

Government-owned,

Contractor-operated

facilities.

The

nominally

operates

automated

fashion

response

schedule

requests,

service

change

requests,

and

state

vectors.

Contingency

operations

may

require

manual

intervention.

The

operational

TDRS

spacecraft

are

stationed

three

orbital

locations:

the

Pacific

Ocean

Region

(POR),

the

Atlantic

Ocean

Region

(AOR),

and

the

Indian

Ocean

Region

(IOR).

Additional

TDRS

spacecraft

are

stored

other

orbital

locations.

The

TDRS

constellation

composed

three

generations

spacecraft:

• 1st

generation

Flight

(F3),

F5,

F6,

and

• 2nd

generation

F8,

F9,

and

F10

• 3rd

generation

F11,

F12,

and

TDRS

(to

launched

2017)

activities

include

maintenance

and

operation

four

ground

stations

and

several

auxiliary

support

sites.

Real

time

system

operations

are

managed

from

the

Second

TDRS

Ground

Terminal

(STGT).

Administrative

management

performed

GSFC.

The

four

ground

stations

are

located

at:

• White

Sands

Complex

(WSC)

stations,

STGT

and

White

Sands

Ground

Terminal

(WSGT))

Las

Cruces,

• Guam	Remote	Station	(GRS)	-	Guam
• Blossom	Point	Remote	Station	(BPRS)	-	La	Plata,	MD

The

Near

Earth

Network

(NEN)

direct-to-earth

communications

and

tracking

network

that

provides

TT&C,

high

rate

data

acquisition

downlink,

and

radiometric

tracking

services.

The

NEN

operates

and

maintains

antenna

systems

located

at:

• Wallops	Ground	Station	-	Wallops	Island,	VA
• McMurdo	Ground	Station	–	McMurdo,	Antarctica
• WS1	-	Las	Cruces,	NM
• Kennedy	Uplink	Station	–	KSC,	FL
• Ponce	de	Leon	station	-	Ponce	Inlet,	FL

NEN-contracted commercial services provide almost half of the approximately 150 daily NEN passes.

Network

integration

activities

support

the

establishment

communication

and

navigation

services

across

all

stages

the

mission

lifecycle

including

pre-formulation,

formulation,

implementation,

integration

test,

pre-launch

and

launch,

and

operations

through

end

mission.

Activities

include

collaborating

with

pre-

operational

customer

missions

establish

and

document

requirements,

communications

link

analysis,

interface

definition,

and

coordination

system

changes.

Network

integration

activities

also

include

mission

integration

testing,

pre-launch

testing,

simulations,

and

compatibility

testing.

Compatibility

test

resources

include

compatibility

test

sets

that

emulate

the

relay

and

direct-to-earth

networks,

portable

test

sets

for

use

customer

sites,

and

compatibility

test

lab

that

provides

isolated

environment

for

testing.

Electromagnetic

Spectrum

Management

(ESM)

GSFC

center-level

activity

managed

ESC

and

offers

essential

service

stakeholders

within

and

external

NASA.

The

primary

ESM

functions

are

Spectrum

Management

and

Communications

Link

Analysis.

The

goals

Spectrum

Management

are

comply

with

spectrum

policy

and

shape

national

and

international

policy

with

the

goal

protecting

NASA

and

ESC

spectrum

usage.

Communications

Link

Analysis

and

Communications

Systems

Engineering

define

communications

link

interfaces

and

end-to-end

data

delivery

paths

ensure

missions

are

compatible

with

SCaN

assets,

and

are

integral

functions

ESC.

addition

managing

the

SCaN,

NEN,

SN,

and

network

integration

functions,

ESC

also

supports

the

Satellite

Laser

Ranging

(SLR)

Network,

the

Very

Long

Baseline

Interferometry

(VLBI)

Network

and

the

Electronic

Systems

Test

Laboratory

(ESTL).

For more information on ESC Systems visit the ESC website at http://esc.gsfc.nasa.gov/.

Vision

While

continuing

our

superb

customer

support,

ESC

will

evolve

toward

capabilities

and

capacities

that

meet

the

needs

future

customers,

including

providing

higher

bandwidths

while

simplifying

the

customer

interface

and

experience

such

that

the

customer

unaware

the

individual

elements

and

differences

among

internal

ESC

solutions.

Through

use

new

areas

the

electromagnetic

spectrum

and

innovative

space

and

ground

architectures,

ESC

will

extend

communications

services

meet

the

demands

new,

innovative

mission

approaches

and

much

larger

concurrent

customer

set

full

variety

mission

phases.

key

element

the

ESC

vision

for

the

SENSE

contract

the

integration

technical

solutions

and

management

functions

across

the

contract

achieve

efficiencies.

While

ESC

manages

multiple

functional

and

independent

areas,

the

Government

vision

for

the

Contractor

achieve

cost

reductions

and

obtain

execution

efficiencies

and

optimization

through

the

employment

contractor-implemented

cross-

organizational

involvement,

engagement,

execution,

and

management

arrangements

while

meeting

exceeding

technical

requirements.

Additionally,

ESC

maintains

the

path

forward

meet

the

SCaN

long-term

architectural

vision.

this

end,

architecture

planning,

management

and

development

are

included

the

SENSE

contract

scope

work.

Objectives The objectives for this contract are:

• Program

Management

objectives:

o Manage

resources

deliver

services

that

enable

the

missions

supported

achieve

their

objectives

o Safely	and	securely	support	the	missions	and	protect	the	network	assets
o Serve	the	missions	throughout	the	mission	lifecycle	with	highly	responsive	and	informative

support to their requirements

o Deliver	services	and	products	that	meet	or	exceed	technical	performance	requirements
within	cost	and	schedule

o Reduce

the

volume

contract

transactions

minimizing

the

number

task

orders

o Reduce

the

cost

delivering

services

through

integration,

automation,

opportunities

for

efficiency,	and	reduction	of	redundancies
o Enable	evolution	of	the	services	and	systems
o Protect	national	security	and	further	U.S.	foreign	policy	objectives
o Work	cooperatively	to	achieve	objectives	across	NASA	organizations,	external	stakeholders,

independent	systems	engineering	support	contractors,	development	contractors,	mission
contractors,	program	support	contractors,	and	O&M/Sustaining	contractors

o Identify

and

implement

risks/mitigations

and

issues/resolutions

o Conduct

all

work

compliance

with

laws,

policies,

procedures,

and

the

terms

and

conditions

of	the	contract
• System	Architecture	objectives:

o Identify	areas	for	architectural	improvement	to	gain	consistency	and	efficiency
o Engender	a	systems	approach	to	network-provided	services	across	networks	and	functions
o Maintain	internal	system	consistency	and	cohesion	to	ensure	long-term	efficiency	and

effectiveness

technical

solutions

o Ensure

solid

baseline

architecture

concepts,

artifacts,

analyses,

roadmaps,

and

plans

are

place

transition

new

capabilities

into

operations

support

day-to-day

mission

success

and

future

evolutionary

planning

• System

Engineering

objectives:

o Identify

areas

for

process

and

design

improvement

for

gains

consistency

and

efficiency

across	networks	and	functions
o Ensure	solid	baselines	of	requirements,	specifications,	processes,	and	procedures	are	in	place

and	are	consistently	applied	to	support	all	lifecycle	phases	including	systems	transitioning
into	operations,	day-to-day	mission	success,	and	future	evolutionary	planning

• Development	objectives:
o Provide	new	and	innovative	products	and	services	for	ESC	customers
o Achieve	technical	requirements	within	cost	and	schedule	commitments

• Operations,

Maintenance

and

Sustainment

objectives:

o Ensure

the

reliability,

availability,

and

maintainability

all

facets

operations

and

mission

data	delivery
o Provide	timely	response	to	inquiries	requesting	support	or	status	updates	on	specific

missions,	products	or	services
o Identify	opportunities	for	migrating	to	integrated,	common	services	for	resource

optimization

o Maintain	accurate	accountability	of	government	property
o Ensure	continued	service	delivery	at	required	performance	levels	and	at	reasonable	retention

of government property value

• Facilities:

o Safely and efficiently design, build, maintain and operate facilities

Scope

This

Statement

Work

(SOW)

identifies

work

required

support

continuous

operations,

maintenance,

and

sustainment

the

relay

and

direct-to-earth

networks

and

their

evolution

toward

future

architectural

vision.

Government

issued

task

orders

will

specify

the

specific

work

performed,

including

the

requirements

met,

the

standards(s)

performance,

required

deliverables

output,

government

furnished

property

information,

and

applicable

documents

within

this

broader

contract

scope.

Unless specifically stated in each individual task order, the requirements listed in section 1.0 shall apply to all tasks issued under the contract. The IDIQ requirements are outlined in the remaining SOW Sections.

1 Contract Management

The

Contractor

shall

perform

all

necessary

management

functions

(plan,

execute,

track,

report

progress,

etc.)

order

meet

exceed

contractual

requirements.

The

Contractor

shall

implement

integrated

program

management

approach

which

consolidates

common

management

practices

and

technical

solutions

order

gain

efficiencies

across

tasks,

customers,

and

missions.

The

Contractor

shall

identify

opportunities

for

efficiencies,

including

but

not

limited

to,

innovative

approaches,

cost

and

schedule

savings,

and

process

improvements.

The

Contractor

shall

maintain

qualified

workforce

demonstrated

training

and

skills

certification,

engineering

and

operations

workforce

experience,

educational

attainments

and

security

clearances.

The

Contractor

shall

maintain

training

and

certification

records,

appropriate,

for

each

employee.

The

Contractor

shall

maintain

training

and

certification

plans

for

designated

critical

positions.

The

Contractor

shall

develop

and

submit

Task

Implementation

Plans

(TIP),

including

cost

proposals

[DRD

MGT-02]

response

task

orders

issued

the

government.

The

Government

may

provide

the

task

Work

Breakdown

Structure

(WBS)

require

the

task

WBS

[DRD

MGT-06]

included

the

TIP.

Task

orders

will

issued

the

Government

through

the

Task

Order

Management

System

(TOMS).

The

Contractor

shall

submit

reports,

conduct

reviews,

and

participate

meetings

keep

the

Government

informed

status,

risks,

and

issues.

The

Contractor

shall

plan,

track,

accumulate,

and

report

contract

costs.

The

Contractor

shall

maintain

financial

management

system

capable

accommodating

WBS

changes

with

minimal

disruption.

All

Contractor

financial

systems

shall

support

NASA’s

agency-wide

Integrated

Enterprise

Management

System

accordance

with

NPR

9130.1.

The

Contractor

shall

identify

and

manage

contract

and

task

level

risks

associated

with

safety,

cost,

schedule,

and

technical

performance.

The Contractor shall conduct formal document configuration management.

The

Contractor

shall

support

NASA

mandated

audits,

such

Inspector

General,

security,

physical

security,

health

and

safety,

International

Organization

for

Standardization

(ISO),

and

property.

The

Contractor

shall

develop

and

implement

phase-out

plans

required

task

orders

ensure

orderly

transition

work,

including

engineering

knowledge,

processes,

procedures,

documentation,

and

tools,

the

Government

successor

contractor.

The

Contractor

shall

comply

with

applicable

international,

Federal,

state,

and

local

environmental

requirements,

environmental

Executive

Orders,

NASA

procedural

requirements

and

directives,

and

GSFC

environmental

directives,

procedures,

and

policies.

The

Contractor

shall

implement

and

maintain

Environmental

Management

System

(EMS),

include

SENSE

facilities

existing

corporate

EMS

that

conforms

NPR

8553.1B:

NASA

Environmental

Management

System.

The

Contractor

shall

use

NASA

Operational

Messaging

and

Directory

Service

(NOMAD)

services

for

all

NASA

business.

The

Government

will

furnish

NOMAD

accounts.

The Contractor shall provide the government on-line access to documentation developed under the contract.

The Contractor shall control system and data access in accordance with:

• NPR	2841.1:	Identity,	Credential,	and	Access	Management	(ICAM)
• NASA	IT-HBK-2841-002:	Identity,	Credential,	and	Access	Management	(ICAM)	Services

The Contractor shall adhere to NIST SP 800-44: Guidelines on Securing Public Web Servers.

The Contractor shall comply with Federal and NASA export control regulations including:

• Title

CFR

120-130:

International

Traffic

Arms

Regulations

(ITAR)

• Title

Code

Federal

Regulations

(CFR)

Parts

730-774:

Export

Administration

Regulations

(EAR)

• NPD

2190.1B:

NASA

Export

Control

Program

• NPR

2190.1B:

NASA

Export

Control

Program

The

Contractor

shall

mark

documents

delivered

the

Government

accordance

with

the

above

export

control

regulations.

The Contractor shall control Sensitive But Unclassified (SBU) information in accordance with:

• NPR	1600.1A:	NASA	Security	Program	Procedural	Requirements
• NID	1600.55:	Sensitive	But	Unclassified	(SBU)	Controlled	Information

The

contractor

shall

perform

all

software

application

development,

including

the

development

code,

compliance

with:

• R.A.

1973,

Sec

508:

Final

FAR

Rule

For

Implementing

Section

508

the

Rehab

Act

Electronic

and

Information

Technology

Accessibility

for

Persons

with

Disabilities

CFR-2011-36-V3-1194:

Electronic

and

Information

Technology

Accessibility

Standards;

Final

Rule,

include

1194.21

Software

applications

and

operating

systemsThe

Contractor

shall

comply

with

NPR

8800.15C:

Real

Estate

Management

Program

any

NASA

real

property

transactions

(any

use

land

buildings).

The

Contractor

shall

complete

basic

ASTM

E1527-13

Phase

Environmental

Site

Assessment

meet

the

requirements

NPR

8800.15C

for

Environmental

Baseline

Survey

(EBS)

for

NASA

real

property

transactions.

The

Contractor

shall

procure

all

technologies

accordance

with

CNSSP

No.

11,

"National

Policy

Governing

the

Acquisition

Information

Assurance

and

IA-Enabled

Information

Technology

Products."

The

Contractor

shall

procure

only

technologies

that

have

been

validated

Common

Criteria

Testing

Labs,

accordance

with

the

National

Information

Assurance

Partnership

(NIAP)

Protection

Profiles

(PPs).

Where

exists

but

the

desired

product

has

not

been

validated

against

it,

the

Contractor

shall

validate

their

product

against

the

appropriate,

corresponding

PP.

The

Contractor

shall

use

technologies

from

the

Commercial

Solutions

for

Classified

(CSfC)

Components

List,

accordance

with

NSA's

published

CSfC

Capability

Packages

(Commercial

Solutions

for

Classified

(CSfC)

Customer

Handbook)

for

systems

containing

classified

data.

The

Contractor

shall

produce,

control,

and

maintain

contract

documentation

accordance

with

the

Data

Requirements

Descriptions

(DRDs)

and

the

Data

Requirements

List

(DRL).

All

data

shall

prepared,

maintained,

and

delivered

National

Aeronautics

and

Space

Administration

(NASA)

accordance

with

the

requirements

the

task

order

SOWs

and

CDRL.

2 Security

The

Contractor

shall

perform

physical,

personnel,

operations,

communications,

information,

and

information

technology

security

functions

for

space

and

ground

systems

accordance

applicable

Federal,

NASA

and

GSFC

regulations,

policies,

procedures,

standards,

and

guidelines

and

the

Contract

Security

Classification

Specification

(Attachment

Form

254).

contingency

basis,

the

Contractor

shall

provide

physical

security

services

that

require

personnel

certified

Security

Police

Officers

with

Federal

Arrest

Authority.

3 Systems

Architecture

and

Engineering

The

Contractor

shall

perform

system

architecture

and

engineering

for

space

and

ground

systems.

The

Contractor

shall

analyze,

develop,

document,

and

maintain

system

architectures

including

concepts,

architecture

domains

and

views,

roadmaps

and

plans

for

modernization,

enhancement,

evolution,

and

sustainment

new

and

existing

systems

that

support

current

and

future

architectures.

This

systems

architecture

work

shall

include

the

identification

and

evaluation

technologies,

standards,

and

concepts

which

may

incorporated

into

the

network

systems

enhance

network

performance

and

provide

additional

capabilities.

The

Contractor

shall

perform

work

involving

all

phases

the

system

engineering

lifecycle

including

studies,

technology

evaluations,

prototyping,

customer

planning,

concept

development,

requirements

definition,

design,

verification,

validation,

and

transition

operations.

The	Contractor	shall	perform	communication	and	navigation	engineering	analyses,	and	shall	perform
network	loading	analyses.

The	Contractor	shall	perform	Electromagnetic	Spectrum	Management	(ESM)	engineering	analyses	and
provide	technical	recommendations	and	documentation	for	GSFC,	national,	and	international	spectrum

matters.

The

Contractor

shall

manage

all

aspects

government-provided

systems

including

planning,

acquisition,

integration,

security,

maintenance,

sustainment,

and

remediation.

The Contractor shall conduct formal system configuration management.

4 Development

The

Contactor

shall

develop

new

ground

system

capabilities

and

capacity.

Requirements

include

the

following:

analyze

and

assess

needs,

conduct

trade

studies,

develop

operational

concepts,

derive

and

control

requirements,

develop

preliminary

and

detailed

designs,

implement

and/or

procure

hardware,

software,

and

firmware

components,

integrate

subsystems

and

elements,

conduct

tests

and

inspections,

verify

and

validate

requirements,

generate

operational

and

maintenance

documentation,

and

transition

systems

operations.

5 Integration

and

Test

The

Contractor

shall

integrate

network

services

including

those

provided

commercial

service

providers,

partner

service

providers,

and

the

Contractor,

using

elements

furnished

the

Government,

provide

the

complete

set

communications

and

tracking

services

required

customer

missions.

The

Contractor

shall

assess

and

document

new

mission

support

requirements

and

identify

new

mission-

unique

service

capabilities

configurations.

The

Contractor

shall

conduct

interface

compatibility

analysis

and

testing

verify

and

validate

that

customer

mission

interfaces

are

compatible

with

network

interfaces.

The

Contractor

shall

conduct

integrated

networks

testing

validate

and

verify

new

customer

requirements

for

services

from

the

integrated

networks.

The

Contractor

shall

integrate,

test,

verify,

validate,

and

transition

operations

configuration

changes,

upgrades,

enhancements,

interface

changes,

and

new

customer

data

flows.

6 Operations The Contractor shall operate space and ground systems.

The

Contractor

shall

safely

operate

the

TDRS

spacecraft

and

network

ground

systems

provide

communications

and

tracking

services.

The

Contractor

shall

subcontract

with

commercial

entities

for

the

provision

commercial

communications

and

tracking

services.

The

Contractor

shall

conduct

geodetic

observations

using

government-furnished

VLBI

and

SLR

systems.

The

Contractor

shall

schedule

services

and

observations,

configure

and

monitor

systems,

identify

and

address

discrepancies,

and

generate

operational

reports.

The Contractor shall conduct continuity of operations preparedness planning and rehearsals.

The Contractor shall manage government property and provide logistical services.

The Contractor shall provide desktop computing, local area network, administrative, and library services.

7 Maintenance The Contractor shall maintain space and ground systems.

The

Contractor

shall

maintain

custom

and

Commercial

Off-The-Shelf

(COTS)

software,

firmware,

hardware,

and

mechanical

components.

The

Contractor

shall

perform

preventative

and

corrective

maintenance

meet

contract

performance

requirements

and

retain

government

property

value.

The

Contractor

shall

calibrate

test

equipment.

8 Sustaining

Engineering

The

Contractor

shall

perform

sustaining

engineering

for

space

and

ground

systems

order

meet

customer

needs,

achieve

contract

performance

requirements,

and

minimize

lifecycle

costs.

The	Contractor	shall	perform	spacecraft	sustaining	engineering	including	monitoring	spacecraft	telemetry,
tracking	parameter	trends,	assessing	the	health	of	spacecraft	systems,	supporting	anomaly	resolution,
planning	constellation	configurations,	and	planning	end	of	mission	activities.

The

Contractor

shall

perform

ground

system

sustaining

engineering

including

identifying,

evaluating,

planning,

designing,

and

implementing

system

and

configuration

changes

needed

sustain

system

operations.

The

Contractor

shall

implement

discrepancy

reporting

and

tracking

process

and

systems

configuration

management

process.

9 Facilities

The	Contractor	shall	operate	and/or	maintain	ground	system	facilities	including	buildings,	grounds,
antennas,	heating,	ventilation,	and	air	conditioning	(HVAC)	systems,	electrical	power	plants,	uninterruptable
power	systems,	vehicles,	mechanical	systems,	locks,	plumbing,	environmental	systems,	lighting	systems,
supervisory	control	and	data	acquisition	systems,	security	systems,	and	fire	protection	systems.

The Contractor shall provide custodial services and utilities at ground system sites.

The

Contractor

shall

provide

Architect-Engineer

(A&E)

services

support

Construction

Facilities

projects

including

preliminary

engineering

reports,

design

packages,

minor

and

major

construction,

modification/rehabilitation

construction,

and

repair

construction.

These

services

shall

include

safety,

reliability,

and

maintainability

studies,

engineering,

project

management,

construction,

supervision,

inspection,

documentation,

commissioning,

training,

activation,

and

validation.

The contractor shall conduct Environmental Baseline Survey.

The

Contractor

shall

outfit

facilities

with

workstations,

equipment,

signage,

and

materials

required

for

the

facility

fully

functional

support

personnel

and

equipment.

10 Appendices Appendix A. Definitions

The following terms and definitions are used throughout this contract.

The

term

“ESC

Systems”

includes

the

total

scope

the

communications

and

radiometric

tracking

architecture

(including

networks)

and

functionality

identified

this

SOW

and

Appendices.

Systems

include

ground-based

satellite

operations,

ground

based

network

operations,

their

distribution

elements

and

user

access

and

support

systems.

The

main

functional

elements

include

Mission

Management,

Enterprise

Management,

Data

and

Information

Management

and

Distribution,

and

Infrastructure.

The

term

“Information

System”

refers

discrete

set

information

resources

organized

for

the

collection,

processing,

maintenance,

use,

sharing,

dissemination,

disposition

information.

[Note:

Information

systems

also

include

specialized

systems

such

industrial/process

controls

systems,

telephone

switching

and

private

branch

exchange

(PBX)

systems,

and

environmental

control

systems.]

(44

U.S.C.,

Sec.

3502:

USCODE-2009-title44-chap35-subchapI-sec3502,

Public

Printing

and

Documents.)

The

term

“Information

Technology”

refers

any

equipment

interconnected

system

subsystem

equipment

that

used

the

automatic

acquisition,

storage,

manipulation,

management,

movement,

control,

display,

switching,

interchange,

transmission,

reception

data

information

the

executive

agency.

For

purposes

the

preceding

sentence,

equipment

used

executive

agency

the

equipment

used

the

executive

agency

directly

used

Contractor

under

contract

with

the

executive

agency

which:

(i)

requires

the

use

such

equipment;

(ii)

requires

the

use,

significant

extent,

such

equipment

the

performance

service.

The

term

information

technology

includes

computers,

ancillary

equipment,

software,

firmware,	and	similar	procedures,	services	(including	support	services),	and	related	resources.	(40
U.S.C.,	Sec.	1401:	USCODE-1998-title40-chap25-sec1401,	Public	Buildings,	Property,	and	Works.)

The

term

“firmware”

refers

software

set

instructions

programmed

hardware

device

that

provides

the

necessary

instructions

for

how

the

device

communicates

with

the

other

computer

hardware.

Firmware

considered

"semi-permanent"

because

remains

the

same

unless

updated

firmware

updater.

The

term

“applicable

documents”

denotes

Government

prepared

and

controlled

documents

and

industry

standards

documents

that

levy

requirements

the

Contractor.

The

Contractor

shall

comply

with

the

documents.

The

term

“reference

documents”

denotes

documents

that

amplify

clarify

the

information

presented

this

document,

and

the

Contractor

not

required

meet

any

requirements

listed

within

these

documents.

The

term

“CDRL”

refers

the

Contract

Deliverable

Requirements

List.

specific

deliverable

that

list

will

identified

reference

that

begins

with

the

phrase

“CDRL-”

and

will

followed

CDRL

identifier.

specific

CDRL

referenced

within

the

requirement

statement

will

have

associated

Data

Requirements

Document

(DRD)

that

specifies

the

requirements

for

that

particular

CDRL.

The

term

“DRD-”

will

followed

identifier

and

Data

Requirements

Document

that

specifies

the

requirements

for

the

content

and

delivery

the

associated

CDRL.

The term “shall” designates a requirement. The terms “will” and “is” designate statements of fact.

The

term

“(TBS)”

acronym

for

“to

supplied”

and

identifies

missing

incomplete

information,

values,

data

needed

fulfill

requirement.

The term “(TBD)” is an acronym for “to be determined” and identifies a missing requirement.

The terms “Government” and “Government personnel” means Federal Government employees.

The term “Government representatives” means Federal Government employees and support contractors.

The	term	“support	contractors”	means	Government	Federally	Funded	Research	and	Development
Centers	(FFRDC)	and	Systems	Engineering	and	Technical	Assistance	(SETA)	support	contractors.

The term “On-Site” refers to work being performed on Government-owned facilities.

The term “Off-Site” refers to work being performed on Contractor and non-Government facilities.

The

term

“Mission”

refers

user

mission

platform/system

that

utilizes

communication

and

navigation

services.

The term “Customer” refers to any entity requiring communications and navigation services.

The	term	“Mission	Support”	refers	to	the	nominal/routine	activities,	processes	and	procedures
required	to	provide	service	to	a	mission.

The

use

the

term

“Electromagnetic

Spectrum”

instead

“Radio

Frequency”

(RF)

“Optical”

reference

communication

science

and

technologies

intended

broaden

the

potential

for

use

other

spectrum

addition

the

traditional

frequencies.

The

term

“radiometric

tracking”

refers

the

specific

time

flight

and

frequency

change

due

Doppler

shift

measurements

available

from

communications

link

and

the

angular

pointing

antenna

for

receipt

transmit

the

signal.

Time

flight

translated

measure

range;

Doppler

frequency

change

(or

sometimes

measured

carrier

phase

change)

translates

measure

velocity.

The

term

“navigation”

global

term

employed

capture

all

inputs,

processes,

and

outputs

used

the

act

developing

knowledge

object’s

position

and

velocity

given

time.

some

cases,

the

term

navigation

may

extended

include

the

orientation

the

object

three-

dimensional

space

given

time.

Inputs

may

combination

measurements

from

several

sources

(e.g.

radiometric

tracking

from

communications

link,

relative

angles

between

celestial

objects,

environmental

models).

Processes

are

varied

and

refer

the

algorithms

and

the

models

for

dynamics,

environment,

and

measurements

used

estimate

the

object’s

state.

Outputs

are

generally

the

object’s

state

and

other

estimated

variables

given

time.

The

term

“Maintenance”

refers

activities

performed

ensure

the

continued

operation

the

system

and

ensure

overall

system

performance

meets

availability

and

proficiency

requirements.

Hardware

maintenance

activities

may

include:

re-installation

and

modification

existing

equipment;

preventive

and

corrective

maintenance,

and

replacement

equipment

needed

maintain

original

hardware

configuration

functionality;

and

documentation

equipment

architecture

and

cabling

configurations.

Hardware

maintenance

includes

mechanical

devices,

such

motor

assemblies.

Software

(including

firmware)

maintenance

activities

may

include:

arranging

vendor

maintenance

agreements

for

COTS

products,

corrective

maintenance

operational

custom

software

systems,

modifications

existing

operational

custom

software

systems,

supporting

test

and

integration

new

modified

software,

installation

software

products

and

patches,

documenting

software

changes

and

problems,

maintenance

operational

parameter

databases,

maintaining

currency

software

licenses,

and

control

software

system

configurations.

Maintenance

all

types

necessary

ensure

continued

operations

the

system.

Maintenance

includes

the

following

types:

• Preventive

maintenance

–

activities

prevent

errors,

problems

failures

before

they

occur

• Corrective

maintenance

–

fixes

needed

result

system

discrepancies

The

term

“Sustaining

Engineering”

refers

activities

necessary

ensure

support

achieve

readiness

and

performance

requirements

over

the

operational

life

the

ground

system

and

its

associated

supporting

infrastructure,

well

activities

associated

with

the

development

required

design

changes

resolve

operational

issues.

includes

technical

tasks

(engineering

and

logistics

investigations

and

analyses)

ensure

continued

operation

and

maintenance

system

with

managed

(i.e.,

known)

risk.

Sustaining

Engineering

involves

the

identification,

review,

assessment,

and

resolution

deficiencies

throughout

ground

system

and

its

associated

infrastructure

life

cycle.

Sustaining

engineering

both

returns

system

its

baselined

configuration

and

capability,

and

identifies

opportunities

for

performance

and

capability

enhancements.

includes

the

measurement,

identification

and

verification

system

technical

and

supportability

deficiencies,

associated

root

cause

analyses,

the

evaluation

the

potential

for

deficiency

correction,

and

the

development

range

corrective

action

options.

Sustaining

Engineering

also

includes

the

implementation

selected

corrective

actions

include

configuration

maintenance

processes,

and

the

monitoring

key

sustainment

health

metrics.

This

includes:

• Collection	and	triage	of	all	service	use	and	maintenance	data
• Analysis	of	failure	causes	and	effects,	reliability	and	maintainability	trends,	and	operational

usage	profiles	changes
• Root	cause	analysis	of	in-service	problems	(including	operational	risks,	deficiency	reports,

and	reliability	degradation)
• The	development	of	required	design	changes	to	resolve	operational	issues
• Other	activities	necessary	to	ensure	support	to	achieve	readiness	and	performance

requirements over the operational life of a ground system and its associated supporting infrastructure

Results

Sustaining

Engineering

feed

forward

into

the

needs

definition

phase

major

enhancements,

typically

associated

with

new

development

task

order.

The term “Development” refers to the creation and implementation of a major new capability or capacity.

The	following	table	further	clarifies	the	distinctions	among	Maintenance,	Sustaining	Engineering,
and	Development	activities	for	each	system	element.

Element	Maintenance	Sustaining	Engineering	Development
Hardware	• Corrective	and	emergency

actions	to	identify	and	remove
defects	in	hardware

components

• Replace	hardware,	or
components,	with	spares	or
similar	components
• Replace	hardware	or	upgrade
to	new	versions
• Perform	hardware
preventative	maintenance	on
mechanical	equipment
accordance	with	maintenance

manual

• Technology	refresh
• Design	and	documentation	of
configuration	changes	to
support	maintenance
activities	(e.g.	Engineering

Changes)

• Major	improvements
driven	by	new
requirements	in

performance, dependability,

maintainability	or
addition	of	new

capability

• Implementation	of	new
systems,	testing,
integration,	verification
and	validation,	and

training

Software	• Corrective	and	emergency
actions	to	identify	and	remove
defects	in	system	and
application	software
• Updates	system	and
applications	software	versions
• Preventive	actions	to	identify
and	correct	latent	faults

• Minor	system	and
application	software
enhancements	to	improve

performance

• Minor	improvements	in
performance,	dependability,

maintainability

• New or enhanced products

• Major	improvements
driven	by	new
requirements	in

performance, dependability, maintainability

Element	Maintenance	Sustaining	Engineering	Development
• Maintain	ability	to	“build”
operational	applications	in
baseline	environment
• Adapt	systems	and
application	software	to	new
hardware	components
• Updates	tables

• Design	and	documentation	of
software	configuration
changes	to	support
maintenance	activities.
• System	and	application
software	enhancements	to
improve	performance	or
introduce	new	capability

• Addition	of	new
functionality	or

capability

Local Area Networks

• Help	desk	response
• Upgrade	local	area	networks
to	support	evolving	technology
• Preventive	maintenance
• Network	administration	and

configuration

• Add switches/routers

• Establishing or combining networks

• Upgrading	bandwidth	and
capability	to	handle	new

missions

• Performance	monitoring
• Trend	analysis
• Root	cause	determination
• Recommendations	for	larger
sustainment	actions	(e.g.
network	“State	of	Health”

assessments)

• Develop	new	local	area
networks	for	new	major
capabilities	or

capacities

System Admin-istration

• Apply	Patches
• Upgrade	to	new	version	of	OS
• Tune	system	performance
• Manage	installation	and
integration	or	system	fixes,
updates	and	enhancements

• Technology refresh

• Conduct	system
administration	for
development	activities

Appendix	B.	Applicable	Documents
Document	#	Title
	Human	Space	Flight	(HSF)	Management	Plan

User Guide for National Aeronautics and Space Administration

Task	Order	Management	System
	NASA	Fault	Tree	Handbook	with	Aerospace	Applications

(http://www.hq.nasa.gov/office/codeq/doctree/fthb.pdf) IEC TR 62380 model is based on the Reliability Data Handbook

-	Universal	Model	for	Reliability	Prediction	of	Electronic
Components,	PCBs,	and	Equipment,	published	by	the
International	Electrotechnical	Commission	(IEC)

	Chinese	standard	GJB/z	299B,	Reliability	Prediction	Model	for
Electronic	Equipment

GSFC Code 322 Failure Mode and Effects Analysis guidance documentation

400-PG-8621.1.1 Anomaly Notification System for Code 400 Programs and Projects

450_1-NOSP-X	Network	Operations	Support	Plan	(NOSP)	(Multiple:	Aqua,
Aura,	Balloon	Program,	COSMIC,	DSCOVR,	FGST,	GRACE,	IRIS,
Landsat-8,	LOR,	MetOp,	MMS,	NPP,	NuStar,	OCO-2,	QuikSCAT,
RBSP,	SCaN	Testbed,	SMAP,	Solar-B	(HINODE),	SWIFT,	TDRS,

THEMIS)

450-215	EO-1	DCN	001	450-215	EO-1	Document	Change	Notice	001
450-AGMT-0020	(Expires

6/2019)

Memorandum	of	Agreement	(MOA)	between	36th	Air	Base
Wing,	Pacific	Air	Forces	and	NASA's	GSFC	(Concerning	PMEL
Support	of	NASA's	GRGT	Equipment)

450-CONOPS-X	450-CONOPS	(Multiple:	DSCOVR,	GOES-R,	MMS,	SMAP)
450-DMR-TIMED	R2	450-Detailed	Mission	Requirements-TIMED	R2
450-ISI-X	450-Interim	Support	Instruction:	(Multiple:	C_NOFS

Termination,	GPM)
450-NRD-X	450-Network	Requirements	Document	(Multiple:	Balloon

Program,	DSCOVR,	GOES-R,	ICESat-2,	ICON,	JPSS-1,	MMS,	OCO-
2,	SMAP)

450-OIP-WSC/DSMC	White	Sands	Complex	(WSC)/Data	Services	Management
Center	(DSMC)	Operations	Interface	Procedures	(OIP)

450-OPN-IRIS	450-OPN-IRIS
450-PG-1310.1.1	Networks	Integration	Process
450-PG-1310.1.3	Space	and	Near	Earth	Networks	Priority	List	Process
450-PG-1410.2.1	450/ESC	-	Configuration	Management	Procedure
450-PLAN-0007	Exploration	and	Space	Communications	(ESC)	Projects	Division

Risk	Management	Plan	(RMP)
450-PROC-CTP/SN/NEN	Radio	Frequency	(RF)	Compatibility	Test	Procedures	between

Spacecraft	and	the	Space	Network	(SN)	and/or	Near	Earth
Network	(NEN)

450-PSLA-X	450-Project	Service	Level	Agreement	(Multiple:	COSMIC,
DSCOVR,	GOES-R,	GRACE,	GRACE-FO,	HST,	ICESat-2,	ICON,
JPSS-1,	JWST,	MMS,	OCO-2,	SMAP,	Solar-B	(HINODE),	STPSat-5,
SWIFT,	TESS,	Van	Allen	Probes)

450-RFICD-X	(SBU)	450-Radio	Frequency	Interface	Control	Documents	(Sensitive
But	Unclassified)	(Multiple:	ACE_Near	Earth	Network_R1,
BP_Space	Network	Document	Change	Notice	002,	CPOD_Near
Earth	Network,	DSCOVR_Near	Earth	Network_Deep	Space
Network_Space	Network_R1,	GOES	R-U_Near	Earth
Network_D1,	GPM_Space	Network_Near	Earth	Network	R1D1,
GRACE-FO_Near	Earth	Network,	GRACE-GN	Document	Change
Notice	001,	ICESat-2_Near	Earth	Network_Space	Network
(final),	ICON_Near	Earth	Network_Space	Network,	JPSS-1_Space
Network_Near	Earth	Network,	JWST_Space	Network_R1,
MMS_Deep	Space	Network_Near	Earth	Network_Space
Network_R1,	MTRS_Space	Network,	NEOWISE_Space	Network
Document	Change	Notice	002,	OCO-2_Near	Earth
Network_Space	Network_D3,	RHESSI_Near	Earth	Network,

SMAP_Near	Earth	Network_Space	Network_R1,	STPSat-5_Near
Earth	Network,	TESS_Space	Network)

450-SARD-X	450-Service	Agreement	Requirements	Document	(Multiple:
AIM,	Aura,	CPOD,	GOES_13-15,	GPM,	Landsat-7,	RHESSI,	SDO,

SPTR-2)

450-SNUG	Space	Network	Users	Guide	SBU
450-SPEC-CTL	450-Space	and	Near	Earth	Networks	Compatibility	Test

Laboratory	Specifications
450.1-LIST-NEN/Priority	Near	Earth	Network	(NEN)	Priority	List
450.1-LIST-SN/Priority	Space	Network	Priority	List
450.1-WI-1310.1.10	Networks	Services	Request	Process
450.1-WI-1310.1.11	Radio	Frequency	Compatibility	Test	Plan/Report
450.1-WI-1310.1.12	Networks	Integration	Management	Office	(NIMO)	Lessons

Learned	Process
450.1-WI-1310.1.13	Networks	Integration	Management	Office	(NIMO)	Post-Mission

Report	Process
450.1-WI-1310.1.1	Networks	Integration	Management	Office	(NIMO)	Mission	Set

Maintenance

450.1-WI-1310.1.2	Project	Service	Level	Agreement	(PSLA)	Process
450.1-WI-1310.1.4	Networks	Integration	Management	Waiver	Process
450.1-WI-1310.1.5	Network	Operations	Support	Plan	(NOSP)	Process
450.1-WI-1310.1.6	Networks	Feasibility	Analysis
450.1-WI-1310.1.7B	Mission	Operations	Readiness	Review	(MORR)	Process
450.1-WI-1310.1.8	Network	Requirements	Document	(NRD)	Process
450.1-WI-1310.1.9A	Networks	Integration	Scheduling
452-PLAN-SOAR	Spacecraft	On-orbit	Anomaly	Report	(SOAR)	Process
453-NENUG	Near	Earth	Network	(NEN)	Users'	Guide
453-UG-NEN-Scheduling	Users’	Guide	for	Near	Earth	Network	Scheduling
AC	No:	70-1	Federal	Aviation	Administration	Advisory	Circular	on	Outdoor

Laser	Operations
Alert_No.	Alert	Notices
ANSI/ESD	S20.20-2014	Protection	of	Electrical	and	Electronic	Parts,	Assemblies	and

Equipment	[Excluding	Electrically	Initiated	Explosive	Devices]
ANSI/NCSL	Z540.1-1994	Calibration	Laboratories	&	Measuring	&	Test	Equipment	-

General	Requirements
ANSI/NCSL	Z540.3-2006	Requirements	for	the	Calibration	of	Measuring	and	Test

Equipment

ASTM	E1527-13		Phase	I	Environmental	Site	Assessment
CCSDS	311.0-M-1	CCSDS	Reference	Architecture	for	Space	Data	Systems

(http://www.ccsds.org)

CFR-2009-title48-vol1-part46

Federal	Acquisition	Regulations,	paragraphs	Parts	46.103,
46.104,	46.202-2,	46.4,	and	46.5

CFR-2011-36-V3-1194	CFR-2011-title36-vol3-part1194—Electronic	and	Information
Technology	Accessibility	Standards:	Final	Rule

CMMI-Dev	CMMIR	For	Development
CMMI-Dev,	Errata	CMMIR	For	Development,	Errata
CNSSP	No.	11	National	Policy	Governing	the	Acquisition	of	Information

Assurance (IA) and IA-Enabled Information Technology Products

Consldtd Lsr Rngng Frmt (CRD)_v1.01

Consolidated Laser Ranging Data Format (CRD)

CPR_DID-MGMT-

81466_Forms	Instructions
for	the	CPR	Formats	1

Instructions for the CPR Formats 1 -https://acc.dau.mil/CommunityBrowser.aspx?id=19544

CPR_DID-MGMT-

81466_Forms

Excel spreadsheet of CPR Formats -https://acc.dau.mil/CommunityBrowser.aspx?id=19543

CSFC	Commercial	Solutions	for	Classified	(CSfC)	Customer	Handbook
DHS	-USCIUS	Form	I-9	Instructions	for	Employment	Eligibility	Verification
DI-IPSC-81427	Software	Development	Plan
DI-IPSC-81431	System/Subsystem	Specification	(SSS)
DI-IPSC-81432	System	Design	Description
DI-IPSC-81433	System	Requirements	Specification	(SRS)
DI-IPSC-81434	Interface	Requirements	Specification	(IRS)
DI-IPSC-81435	Software	Design	Description	(SDD)
DI-IPSC-81436	Interface	Design	Description	(IDD)
DI-MGMT-81466	Contract	Performance	Report
DI-MGMT-81644	DoD	Architecture	Framework	Documentation
DOD-5220-22-M	National	Industrial	Security	Program	Operating	Manual

(NISPOM)

DRD002402	Monument	Peak	Use	Permit	thru	2020
DSCOVR	NFA	Tasking	Memo	DSCOVR	NFA	Tasking	Memo
ECSS-E-10	Space	Engineering	System	Engineering
ECSS-Q-ST-40-02	Space	Product	Assurance	–	Hazard	Analysis
ECSS-Q-ST-40	Space	Product	Assurance:	Safety
ECSS-Q-ST-70-10	Qualification	of	Printed	Circuit	Boards
Exec.	Order	12114	Environmental	Effects	Abroad	of	Major	Federal	Actions
FAR	18-001	Emergency	Acquisitions
FAR	Part	45	Government	Property

(https://www.acquisition.gov/far/current/html/FARTOCP45.h tml)

FAR Subpart 42.5 Federal Acquisition Regulations, Subpart 42.5 (https://www.acquisition.gov/far/html/Subpart%2042_5.html

FDCC	USGCB	From	Federal	Defense	Corporate	Council	(FDCC)	to	United
States	Government	Configuration	Baseline	(USGCB):	Managing

the Transition to a New Federal Government Security Mandate (https://usgcb.nist.gov/)

FIPS-PUB-199	Standards	for	Security	Categorization	of	Federal	Information
and	Information	Systems

FIPS-PUB-200	Minimum	Security	Requirements	for	Federal	Information	and
Information	Systems

FISMA Public Law 113–283

Federal Information Security Modernization Act (FISMA) of

GEIA-STD-0005-1	Performance	Standard	for	Aerospace	and	High	Performance
Electronic	Systems	Containing	Lead-free	Solder

GEIA-STD-0005-2	Standard	for	Mitigating	the	Effects	of	Tin	Whiskers	in
Aerospace	and	High	Performance	Electronic	Systems

GPD	7120.1	Goddard	Space	Flight	Center	(GSFC)	Policy	Directive	(GPD):
Space	Asset	Protection	Policy

GPD	8500.1	GPD:	Environmental	Policy	and	Program	Management
GPR	1860.2	Laser	Radiation	Protection
GPR	4100.2	Hazardous	Material	Data	Management
GPR	6400.1	Logistics	Support
GPR	7120.4	Risk	Management
GPR	7123.1	Systems	Engineering
GPR	8500.1	Environmental	Planning	and	Impact	Assessment
GPR	8500.3	Waste	Management
GPR	8500.4	Air	Quality	Management	Program
GPR	8500.5	Water	Management
GPR	8500.8	Site	Investigation	and	Remediation
GPR	8700.6	Engineering	Peer	Reviews
GSFC	23-35	LU	Laser	Radiation	Source	Personnel	Approval
GSFC	23-6L	Laser	Radiation	Source	Use	Approval	(2	files	-	Monument	Peak

and

Greenbelt)

GSFC

5x5

Risk

Matrix

GSFC

5x5

Risk

Matrix

For

Class

A-C

Type

Missions

(NASA

provided	definitions	of	likelihood	and	severity	for	risks	and
their	categories)

HRD5	Handbook	for	Reliability	Data	for	Electronic	Components	used
in	Telecommunications	Systems,	Developed	by	British
Telecommunications	plc

(https://www.tib.eu/en/search/id/TIBKAT%3A184134048/H andbook-of-reliability-data-HRD5-for-electronic/)

IEEE 730-2014 IEEE Standard for Software Quality Assurance Plans (http://www.ieee.org/)

IEEE	Std	1413-1998	IEEE	Standard	Methodology	for	Reliability	Prediction	and
Assessment	for	Electronic	Systems	and	Equipment

(http://www.ieee.org/)

IPC-J-STD-001F	Space	Applications	Electronic	Hardware
IPC-J-STD-001FS	Joint	Industry	Standard,	Space	Applications	Electronic

Hardware Addendum (except Chapter 10 of IPC-J-STD-001F)

IPC/WHMA-A-620AS	Requirements	and	Acceptance	for	Cable	and	Wire	Harness
Assemblies,	Space	Addendum

ISO	17025-2005	General	requirements	for	the	competence	of	testing	and
calibration	laboratories

(http://www.iso.org/iso/catalogue_detail?csnumber=39883)

IVS	TOW	2105	VLBI	Pre-Checks	and	Operations	Manual
TL-MAN-0002	United	States	Antarctic	Program	-	Packing	&	Shipping

Instructions

M4FR1		MOBLAS	4	Infrastructure	Requirements
MIL-HDBK-217F	Reliability	Prediction	of	Electronic	Equipment
MIL-HDBK-472	Maintainability	Prediction
Mil-STD-1629A	Procedures	for	Performing	a	Failure	Mode,	Effects	and

Criticality	Analysis
MIL-STD-2073-1	Standard	Practice	for	Military	Packing
MIL-STD-756B	Reliability	Prediction
MIL-STD-882E	Standard	Practice	for	System	Safety
MIL-STD-961E	Defense	and	Program-Unique	Specifications	Format	and

Content

MMS	Certification	Report
for	Santiago
Hartebeesthoeck	Ground
Stations	(final)

MMS	Certification	Report	for	Santiago	Hartebeesthoeck	Ground
Stations	(final)

MOBLAS	7	04-0034b	GSFC
23-28L	532nm

Request	for	Radiation	Safety	Committee	Action	–
Laser	Radiation	Source	Questionnaire:	MOBLAS	7	04-0034b
GSFC	23-28L	532nm

NASA	Conjunction
Assessment	Risk	Analysis

(CARA)

NASA Conjunction Assessment Risk Analysis (CARA):

https://spaces.gsfc.nasa.gov/display/CODE595/Conjunction+A ssessment+Risk+Analysis+(CARA)

NASA	FMM	Volume	9000:
Principles	and	General

Policies

NASA	Financial	Management	Manual	(FMM)	Volume	9000
Chapter	9060	(https://www.hq.nasa.gov/fmm/fmmintro.htm)

NASA	FMM	Volume	9100:
Agency	Coding	Structure

NASA	Financial	Management	Manual	(FMM)	Volume	9100
Chapter	9060	(https://www.hq.nasa.gov/fmm/fmmintro.htm)

NASA	IT-HBK-2841-002	Identity,	Credential,	and	Access	Management	(ICAM)	Services
NASA-SP-2007-6105	NASA	Systems	Engineering	Handbook
NASA-SP-2010-3403		NASA	Schedule	Management	Handbook
NASA-STD-2804	Minimum	Interoperability	Software	Suite
NASA-STD-2805	Minimum	Hardware	Configurations
NASA-STD-6016	Standard	Materials	and	Processes	Requirement	for	Spacecraft
NASA-STD-8719.13	Software	Safety	Standard
NASA-STD-8719.14	Process	for	Limiting	Orbital	Debris
NASA-STD-8719.7-1	(in
three	parts:	Chapter	1	to	6,
Chapter	7	to	App	C,	and
Appendix	D)

Facility System Safety Guidebook

NASA-STD-8719.	Lifting	Standard
NASA-STD-8729.1	Planning,	Developing	and	Managing	an	Effective	Reliability	and

Maintainability	(R&M)	Program
NASA-STD-8739.1	Workmanship	Standard	for	Polymeric	Application	on	Electronic

Assemblies NASA-STD-8739.4 Workmanship Standard for Crimping, Interconnecting Cables,

Harnesses,	and	Wiring	w/Change	6
NASA-STD-8739.5	Workmanship	Standard	for	Fiber	Optic	Terminations,	Cable

Assemblies,	and	Installation
NASA-STD-8739.6	Implementation	Requirements	for	NASA	Workmanship

Standards

NASA-STD-8739.8	Software	Assurance	Standard	w/Change	1
NEPA	National	Environmental	Policy	Act
NFS	1852.204-76	NOTE:
This	is	a	clause

Security Requirements for Unclassified Information Technology Resources (https://www.hq.nasa.gov/office/procurement/regs/5200- 11.htm#sec1852_203_76)

NFS Part 1845 Government Property (https://www.hq.nasa.gov/office/procurement/regs/1845.ht m)

NHPA,	Section	106	Section	106	of	the	National	Historic	Preservation	Act
NIAP	PP	National	Information	Assurance	Partnership	(NIAP)	Protection

Profiles	(PP)	(https://www.niap-ccevs.org/Profile/PP.cfm)
NID	1600.55	Sensitive	But	Unclassified	(SBU)	Controlled	Information
NID	8000.108	Agency	Risk	Management	Procedural	Requirements
NIST	800-30	NIST,	Guide	for	Conducting	Risk	Assessments

This is the start of the file's text. The full file is on GovTribe.

File details come from the government source that posted it. Updated Nov 14, 2017.